hi... new member lng po...i luv the site and all the advices...salamat sa mga bumuo na toh...i've been cubing for a week and 2 days now...i've switched to fridrich and memorized 15 OLL's already...Cross and F2L is just pure intuition...i don't get what you're saying about memorizing a single OLL a day..well...here's just what i did...i just switched yesterday from beginner method to fridrich...and i memorized the OLL algo's by W.S.D methodwhich means...W-riteS-ayD-omy teacher told me when memorizing, doing multiple actions for one thing increase memorization by 10%...well... that worked for me...it may not work for other's since i'm not God to always be right..i just dont get the concept of memorizing 1-2 algos a day...

yes there is, i have devised my own method.. you don't have to memorize algorithms with this.. its called assemble-disassemble method.. some people here know of this method already.. its very very effective...

Yes, it is very possible to memorize many algorithms in a single day. But what 1OLL-1DAY is trying to achieve is total mastery of each algorithm before moving on to the next, meaning, you will be able to execute that algorithm without thinking, and just as fast as you normally would. its like, by the end of the day, you will feel like you've been using that algorithm for the longest time, and its already a part of you.

yes bro.. you have to do a lot of memorization if your chosen method in speedcubing is fridrich's. there are other methods that can minimize the number of algorithms such as petrus' method or heise's method (where no memorization is required, but you have to read the general laws of the cube and some knowledge on conjugates and commutators).. but the dominant method today is the one you've been contemplating on right now. fridrich's method is known for it's simplicity in its approach (layer by layer) and easy execution of algorithms.. another advantge of this method is that some even derived new methods from this method (ex. COLL, multislotting, empty slot).. lastly, this method can also be used in big cubes such as 4x4x4 and 5x5x5.

bottom line: fridrich's method is one of the best methods... no pain no gain... you have to LOVE memorizing them...

_________________LET:>>cxcxc be a Rubik's Cube>>U be the set of all tangible Rubik's Cubes,>>i.e., U={cxcxc | c is an integer and lies in the interval [2,11]}>>C be the set of my cubes on hand>>S={2, 3, 4, 5}MY CUBES ON HAND CAN BE THE DESCRIBED BY THE SET C where...>>C={nxnxn element of set U | n is an element of S}

Jonathan M. Tipay wrote:OLL and PLL are needed to utilize the maximum power of CFOP. But the real secret of Fridrich lies in the mastery of the F2L.

Tama ka dyan bro. You really need to understand the ongoings within F2L. The search for the most economic therefore fastest way to execute.

_________________A picture or image, generally, is not one sided but a multiplex of vertical horizons compiled into one. So basically, if viewed critically, an image has multiple particulars; it is then for you to find out what roles these particulars act in compliance to make the picture work.